Rayobyte vs Geonode Speed and Reliability: How to Test Them Fairly

Why we don't publish a single winner

Proxy speed and success rates depend on the target, the location, the time of day, your code and the provider's pool that week. A benchmark on someone else's targets tells you little about yours. Instead, here's how to test Rayobyte and Geonode fairly yourself. See how to test proxies before buying.

Compare like with like

What to measure

• Success rate: correct content, not just status 200.
• Latency: median and 95th percentile response time.
• Session stability: how long sticky sessions actually last.
• Location accuracy: whether the exit IP matches your target.
• Bandwidth per success: including retries.
• Cost per 1,000 successes at list prices.

The test

1. Choose 5 to 10 URLs: your hardest targets plus typical ones.
2. Use identical code, headers and concurrency for both providers.
3. Run 200 requests per product per target, spread over a few hours.
4. Repeat at a different time of day.
5. Log everything to a CSV and compare.

A ready-made script is in testing Rayobyte proxies. Our proxy speed test guide covers latency measurement.

What tends to affect results

• Targeting: narrow targets are slower and less stable on both.
• Server location: test from the region your scraper will run in.
• Session length: longer sessions drop more.
• Protocol: HTTP and SOCKS5 perform similarly; HTTP/3 on Rayobyte matters only for browsers on supporting sites.

Turning results into a choice

For each target, pick the cheapest product that meets your success threshold. Often the answer differs by target, which is an argument for using both. See using Rayobyte and Geonode together.

A real-world example

A team tests both providers on five targets over two days. On two lenient sites, Rayobyte rotating datacenter is fastest and cheapest. On two protected retailers, residential on both reaches the mid 90s in success; Geonode is cheaper at the team's 40 GB volume. On one heavily protected travel site, neither residential network clears 70%, but Rayobyte's Web Unblocker reaches 93%. The team routes accordingly and re-runs the test each quarter.

Pros and cons on performance

Rayobyte

• Fast datacenter and rotating ISP tiers.
• A Web Unblocker for the hardest targets.

Geonode

• Strong residential value at modest volume.
• Long sessions for multi-step tasks.

Both: results vary by target, location and time, so test.

For the bigger picture beyond our three partners, read our best proxies buyer's guide, and see cheap proxies for ways to cut cost per successful request. To understand the IP type behind this, read our residential proxies guide.

Key takeaways

• There's no universal winner; test on your own targets.
• Compare equivalent products with identical code.
• Measure success, latency, stability, location and cost per success.
• Choose per target, and re-test regularly.

FAQ

Which is faster, Rayobyte or Geonode?

It depends on your targets and locations. Test both with the plan above.

How many requests make a fair test?

200 per product per target, at two different times of day, is a good minimum.

Should I test at full concurrency?

Test low first, then at your expected concurrency once you've shortlisted products.

Sources and further reading

Independent references that back up the points above, from standards bodies, governments, universities and non-profits. They open in a new tab.

• RFC 9114: HTTP/3 (IETF / RFC Editor): The HTTP/3 standard, which runs over QUIC and UDP.
• RFC 9110: HTTP Semantics (IETF / RFC Editor): The HTTP standard that defines how proxies, tunnels and the CONNECT method behave.
• Internet Engineering Task Force (IETF): The body that publishes the internet standards proxies are built on.
• SOCKS (Wikipedia): Encyclopedia overview of the SOCKS protocol family.
• RFC 1928: SOCKS Protocol Version 5 (IETF / RFC Editor): The original specification of SOCKS5, including UDP support and authentication negotiation.